The purpose of this study was to examine whether differences in construction between the
compact ski, the racing ski and the soft ski influence the behavioural and electromuscular …

The improvement of electromyographic (EMG) devices for the detection of electric potentials
produced in voluntary complex movements and the evolution of methodological approaches …

The purpose of this study was to provide electromyographic feedback for (1) pedagogical
advice in motor learning,(2) the ergonomics of materials choice and (3) competition. For …

The purpose of this study was to investigate the biomechanics of cross-country sit-skiing in
simulated and natural skiing. Thirteen international level athletes participated in a ski …

The increasing popularity of ski as winter sport and the difficulties related to its accessibility
and environmental conditions led to the development of specific training devices for practise …

Muscular fatigue and muscle-activation patterns during a skiing demonstration (down a
coarse around 4000 m long) was evaluated. Nine subjects participated in skiing trials and …

Purpose Since the introduction of carving skis, muscle activity has been investigated
primarily on expert-level skiers with respect to EMG intensities. The three-part aim of this …

The aims of this study were to examine two ski simulators, Skimagic and Skier's Edge, and to
evaluate their efficacy as functional training devices for skiers. Vertical ground reaction …

We have measured electromyographic (EMG) signals from four left leg muscles: m. rectus
femoris (mrf), m. vastus lateralis (mvl), m. vastus medialis (mvm) and m. biceps femoris (mbf) …

This study examined differences In upper (UB) and lower-body (LB) muscle activation of
twelve elite Nordic skiers using the V2-skate at two inclines via electromyography (EMG) …